verifying-feature-quality

Verify feature correctness by planning QA cycles against functional specifications to generate a coverage matrix, collect defect logs, and provide an acceptance recommendation. This structured QA process ensures alignment with spec promises and enables confident acceptance decisions.

A QA coverage matrix maps test evidence to functional specifications and acceptance criteria. You need it during feature-level QA cycles to ensure all spec promises are validated and to provide traceability for confident acceptance decisions.

Generate an acceptance recommendation by inputting the functional spec and acceptance criteria into a QA workflow. The workflow produces traceability evidence, risk notes, defect logs, and explicit gap visibility for unresolved issues.

Yes, structured QA planning applies to both slices and full features across QA cycles. It performs readiness checks and provides explicit gap visibility, ensuring accurate verification regardless of feature scope.

Track unresolved issues during feature verification by maintaining defect logs and risk notes throughout QA cycles. This approach provides explicit gap visibility and informs the final acceptance recommendation.

Feature verification requires explicit gap visibility to identify unresolved issues that might violate acceptance criteria. Highlighting these gaps ensures that the acceptance recommendation is based on complete readiness checks and accurate traceability.